Top Process Engineer Jobs

Optimizes aerospace manufacturing processes, develops manufacturing dossiers and work instructions, analyzes line balance and process efficiency, supports plant industrial system development, and implements continuous improvement initiatives. The role collaborates with production, quality, logistics, engineering, and operations teams to improve safety, cost, quality, and lead time. It also provides technical support, resolves process issues, supports onboarding, and serves as an expert in industrial system build processes.

Provide hands-on process engineering support for fuel cell manufacturing, troubleshoot real-time production issues, analyze equipment and product data, improve tool matching and manufacturing efficiency, and eliminate failure root causes. Develop procedures and documentation, train production staff, and collaborate with Quality, Product Development, and Manufacturing teams to resolve yield and process problems.

Designs and analyzes mechanical process systems, including cryogenic, pneumatic, steam, refrigeration, vacuum, fuel, and specialty HVAC systems. Responsibilities include equipment and piping selection, engineering calculations, specifications, drawings, installation support, field supervision, technical reporting, and participation in design reviews. The engineer collaborates across disciplines, supports project managers, manages technical schedules and budgets, and contributes to automotive and aerospace research facility projects, proposals, and client presentations.

Own manufacturing processes end-to-end, from scope definition and pricing through process development, validation, deployment, and multi-site expansion. Develop equipment specifications, tooling, fixtures, SOPs, workflows, and training materials. Analyze production data to improve throughput, quality, cost, and reliability. Serve as the process subject matter expert while collaborating with operations, sales, product, engineering, and customer experience teams in a high-mix manufacturing environment.

Leads operational improvement, care model redesign, workforce planning, organizational design, and strategic initiatives across clinical and operational functions. Develops analytical models, performance metrics, root cause analyses, executive presentations, implementation roadmaps, and governance materials. Partners with senior stakeholders, facilitates cross-functional decisions, manages complex projects, mentors junior staff, and supports continuous improvement across the healthcare enterprise.

Supports high-volume semiconductor manufacturing by improving processes, equipment operation, yield, quality, cost, and efficiency. Develops manufacturing methods and improvement plans, performs lot and equipment dispositions, investigates process and equipment issues, supports equipment and process startups, conducts experiments, and participates in data analysis and problem resolution.

Leads process improvement initiatives in paper manufacturing to increase productivity, reduce scrap, improve quality, and enhance workplace conditions. Develops manufacturing control strategies, capital authorization requests, and manages capital projects. Conducts mill audits, implements improvement plans, documents engineering changes, establishes standard work, supports maintenance systems, and collaborates with quality teams and customers on paper grade development and control plans.

Lead process design, optimization, simulation, equipment selection, and technical documentation for engineering and construction projects. Analyze processes, develop PFDs and P&IDs, support commissioning and troubleshooting, ensure safety and regulatory compliance, collaborate with multidisciplinary teams, and mentor junior engineers. Travel to project sites as required.

Plans and leads manufacturing process improvements, troubleshoots production issues, analyzes operational data, implements corrective actions, and manages engineering, cost-reduction, and capital projects. The role maintains process documentation, supports manufacturing personnel, interprets product specifications and test data, and improves efficiency, quality, and waste reduction in ammunition production.

Designs and deploys fluid blending, storage, handling, and manufacturing systems. Manages capital projects exceeding $1 million, including scope, schedules, budgets, equipment selection, testing, installation, and commissioning. Develops engineering standards, documentation, cost estimates, and process improvements. Provides technical guidance, mentors junior engineers, analyzes manufacturing data, and collaborates with operations, vendors, and cross-functional teams. Travel up to 30% is required.

Drives continuous improvement in manufacturing processes to improve safety, quality, throughput, reliability, and cost efficiency. Partners with production, quality, maintenance, and EHS teams to identify bottlenecks, optimize process parameters, lead Kaizen and improvement projects, conduct trials and validations, and perform root-cause investigations. Develops procedures, control plans, KPIs, capability studies, and control-chart analyses. Supports equipment upgrades, production scheduling, employee training, and process reliability initiatives.

Own and continuously improve finishing and mechanical manufacturing processes, including grinding, cutting, surface finishing, inspection, cleaning, coating, marking, and packaging. Lead process development, equipment optimization, validation, root cause analysis, Lean and Six Sigma initiatives, quality improvements, and new technology implementation. Provide technical support to production and maintenance, develop process documentation and training, support audits and safety compliance, and lead cross-functional improvement projects without direct reports.

Leads capital projects for ingredient handling, batching, blending, cooking, and packaging-ready manufacturing processes. Designs systems, performs engineering and financial analyses, manages project plans, vendors, contractors, documentation, and CAPEX budgets. Provides technical support to operations and maintenance, improves equipment reliability, leads continuous improvement and problem-solving initiatives, and ensures compliance with safety and quality regulations across multiple manufacturing sites.

Provides technical, operational, and sales support for aluminum mill solutions across North America. Responsibilities include customer engagement, market strategy, technical presentations, opportunity development, RFQ and proposal support, equipment assessments, troubleshooting, process improvement, project clarification, and onsite installation supervision. The role interfaces with customers, sales, engineering, R&D, service teams, and subcontractors, requiring aluminum mill commissioning and operations expertise, engineering knowledge, and domestic and limited international travel.

Field-based engineer supporting commissioning, optimization, troubleshooting, modernization, and lifecycle services for industrial process, automation, and digital systems. Responsibilities include tuning Hot Strip Mill process models, deploying digital applications, validating data and analytics pipelines, supporting AI/ML features, assisting upgrades, providing technical sales support, training customers, and collaborating with software, process technology, and automation teams. Significant travel across the Americas is required.

Plan, implement, and maintain manufacturing processes for high-volume medical production. Improve KPIs (OEE, yield, scrap, downtime), define process parameters, troubleshoot automated equipment, apply statistical process analysis, support ECOs, create documentation and training, and participate in pFMEA and continuous process improvements.

Provides senior technical leadership for complex process engineering design across conceptual, FEED, and detailed project phases. Develops simulations, heat and material balances, PFDs, P&IDs, equipment specifications, process calculations, and safety studies. Leads engineering teams, coordinates multidisciplinary deliverables, manages scope, budgets, schedules, changes, vendors, audits, and customer interfaces. Mentors engineers and ensures engineering integrity, compliance with codes and standards, and successful project execution in oil and gas environments.

Supports the design, implementation, troubleshooting, and continuous improvement of manufacturing processes, equipment, and production systems. Analyzes operational data, resolves root causes, improves safety, quality, throughput, and cost performance, and leads process and capital projects. Collaborates with product development, manufacturing, quality, maintenance, and operations teams; prepares technical reports, guides shop personnel, and supports training and new product introductions.

Supports the design, implementation, troubleshooting, and continuous improvement of manufacturing processes, equipment, and production systems. Analyzes operational data, identifies root causes, implements corrective actions, leads process and capital improvement projects, maintains process documentation, supports new product introductions, and provides technical guidance and training to manufacturing personnel. The role emphasizes safety, quality, throughput, cost reduction, lean principles, automation, and cross-functional collaboration.

Leads highly complex semiconductor process engineering experiments, hardware characterization, technology development, and customer problem resolution. Designs and executes engineering projects, analyzes data, creates technical documentation and specifications, trains engineers, manages vendors, and develops innovative solutions for advanced products. The role requires recognized technical expertise, contributions to patents or publications, and leadership of complex research and development initiatives.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film property measurement, and troubleshooting. The role generates technical documentation, resolves customer process issues, partners with vendors, implements new technologies and instrumentation, and supports R&D projects. It also serves as a resource for junior colleagues and may lead project teams.

Designs and optimizes semiconductor and display manufacturing processes. Responsibilities include collecting and analyzing experimental data, characterizing hardware, measuring film properties, troubleshooting complex issues, conducting root cause analysis, preparing technical documentation, supporting customers, partnering with vendors, implementing new technologies and instrumentation, and mentoring junior colleagues.

Designs and optimizes semiconductor and display manufacturing processes through experimentation, data analysis, hardware characterization, film-property measurement, and troubleshooting. Creates technical documentation and specifications, develops new technologies and instrumentation, executes process engineering projects, and collaborates with R&D teams, customers, vendors, and suppliers. Trains engineers, resolves complex customer issues, and leads functional teams or projects while following safety guidelines.

Supports fiber-optic cable and transceiver production through process analysis, failure analysis, technician training, tooling, CAD documentation, BOM and ERP management, testing, and production-floor improvements. Coordinates new product introductions, manages engineering improvement projects, supports manufacturability and customer requirements, and provides quality and technical support. The role requires manufacturing or mechanical engineering experience, CAD proficiency, familiarity with optical and electrical components, and the ability to obtain a U.S. security clearance.

Leads quality optimization for a designated manufacturing process by monitoring performance, conducting diagnostics, applying root-cause analysis, improving process capability, and implementing permanent corrective actions. Mentors operators on quality standards and deviation response, teaches quality competencies, and owns installation, validation, and implementation of new equipment and processes.